Power and Machines Engineering program plays a very important role in Engineering by creating enthusiastic and efficient engineers who are responsible for the analysis, design, and optimization of power systems by Engineering Principles with current and advance technology concepts and tools to solve problems in power generation, transmission, distribution, utilization and also in renewable energy sector.

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  Developing and testing components based on standards and regulations.
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  Designing and implementing architectures like smart grids, microgrids, EV systems, EV charge stations.
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  Increasing power generation through Renewable energy sources.
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  Evaluating and optimizing performance, reliability, security, efficiency, and economics.
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  Collaborating with other engineers to develop advanced projects for the betterment of society.
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  Conducting research and development to improve the existing technologies and create new innovative solutions.

Common tasks for power system engineers include developing and testing components such as generators, transformers, lines, cables, switchgear, protection devices, and meters; designing and implementing architectures such as microgrids and smart grids; performing studies like load flow and short circuit analysis; evaluating and optimizing performance, reliability, security, efficiency, and economics; applying standards and regulations for design and operation; and collaborating with other engineers on projects. To be successful in this field requires strong technical knowledge in electrical engineering and power system theory as well as computer programming skills. Additionally, power system engineers need good communication abilities, teamwork skills, problem-solving capabilities, and project management expertise.